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MANUPRIME

Engineer-to-order

ERP for Machine Manufacturers

Engineer-to-order means the BOM changes after the order is taken. If the system cannot revise a BOM mid-build and keep the costing honest, it will be abandoned by the second job.

Stages mapped
9
Quality checks
4
Wastage rules
3
Compliance items
3

Your process

The stages, already mapped.

Fabrication and assembly against work orders. These are the stages the template ships with — machines and checks included. Yours will differ in detail; that is configuration, not development.

  1. 1

    Design release

    Release BOM, drawings and routing from engineering

    Machines
    CAD/PLM
    Checked
    Drawing review
  2. 2

    Material prep

    Cut and prep steel per nesting plan

    Machines
    Saw, plasma/laser
    Checked
    Dimension check
  3. 3

    Fabrication

    Weld frames and structures with fixture control

    Machines
    Weld bays
    Checked
    Weld visual + DP test
  4. 4

    Machining

    Machine critical interfaces and mounting faces

    Machines
    VMC, lathe
    Checked
    CMM/CTQ dims
  5. 5

    Sub-assembly

    Build drives, guards and stations as modules

    Machines
    Assembly benches
    Checked
    Module checklist
  6. 6

    Final assembly

    Integrate modules on base frame with alignment

    Machines
    Assembly bay + crane
    Checked
    Alignment report
  7. 7

    Wiring

    Panel and field wiring with loop testing

    Machines
    Electrical bay
    Checked
    Point-to-point test
  8. 8

    Trials

    Dry and load runs, cycle-time proving

    Machines
    Trial area
    Checked
    Cycle time vs spec
  9. 9

    FAT

    Customer factory-acceptance test and punch-list closure

    Machines
    Trial area
    Checked
    FAT protocol sign-off
Production orders in MANUPRIME, running as a machine manufacturing plant
The production screen in the demo, loaded with this trade's own materials and machines.

What goes in

Steel, bought-outs, electricals

What comes out

Machines (serialised)

Special-purpose machines · Conveyor systems · Panel-built automation cells

Who is it for

Not all machine manufacturers work the same way.

The template is the same; what it has to answer for is not. Find the one that sounds like you — if none of them do, say so on the call and we will tell you honestly whether this is the right fit.

Special-purpose machine builders

One-off builds costed against the quotation that won them.

Standard machine manufacturers

Repeat models with options, serial numbers and spares.

Machine rebuilders and retrofitters

Scope decided after tear-down, priced as it changes.

MANUPRIME AI

Ask it about this floor, in your own words.

The AI reads the same records this template creates — so on a machine manufacturer floor the questions it can actually answer are the ones you already ask at the morning meeting.

Questions it answers here

  • “Why has on-time fat moved this week?” — currently 87% in the demo data
  • “Why has estimate vs actual cost moved this week?” — currently +4.2% in the demo data
  • “Why has punch-list items/fat moved this week?” — currently 6.1 in the demo data
  • “Where is my wastage going?” — offcuts, machining scrap, costed back to the batch that caused it
  • “What am I short of in the next 14 days?” — with the covering purchase order drafted for approval

And what it is not allowed to do

  • It shows its working, or it does not answer

  • It drafts. A person releases

  • It sees only what the person asking can see

How MANUPRIME AI works →

Quality

What quality control looks like here.

Checks that hold a dispatch, at the frequency this trade actually inspects.

Isometric illustration of an inspection station gating a batch
Quality plan for Machine Manufacturing
ParameterMethodFrequency
CTQ dimensionsCMM reportPer machined part
Weld qualityVisual + DP testPer weldment
Electrical safetyIR + continuityBefore power-on
Cycle timeStopwatch/PLC logTrials + FAT

Wastage and recovery

The part generic ERPs get wrong.

Most systems can only write material off. In this trade that is the difference between a costing you believe and one you argue with.

Isometric illustration of material flowing through production stages, with recovered waste returning to stock

Rules that ship with this template

  • Offcut steel to scrap yard with weighment
  • Rework hours booked against work order
  • Bought-out rejections debited to vendor

What drives your cost per unit

  • Work-order costing: material + labour-hours + bought-outs
  • Engineering hours capitalised per project
  • Warranty & installation provision

In short:Offcuts, machining scrap.

Compliance

What this trade has to prove.

Configured, not bolted on afterwards — the records come out of the same transactions your floor is already entering.

CE/safety file where exported
FAT documentation pack per project
Serialised nameplate with project genealogy

On the dashboard

The numbers this plant is judged on.

Sample figures from the demo, so you can see the shape of what you would be looking at every morning.

On-time FAT
87%
Estimate vs actual cost
+4.2%
Punch-list items/FAT
6.1

Illustrative values from the demo dataset, not a customer's figures.

Questions

Questions we get asked first.

Can the BOM change after the work order is open?

Yes, with versions. A revision records what changed, who approved it and which work orders picked it up, so the cost of scope creep is visible on the job rather than absorbed.

How do we cost a machine built over four months?

Cost accumulates on the work order as material issues, job work and labour land, so WIP value is current at any point rather than known at the end.

Does it handle FAT and stage inspections?

Stage inspections gate the routing, and the FAT protocol is a final inspection with its own parameters. Dispatch documents pull the results.

See it running with Machine Manufacturing data.

The demo opens with this trade's materials, machines, checks and reports already in place. No signup, nothing to install.